Model | Size of feed port(mm) | Recommend maximum size of feed port (mm) | Discharge outlet size (mm) | Discharge outlet adjustment range (mm) | Moving cone bottom diameter (mm) | Motor power (kw) | Production capacity (t/h) |
PXZ0710 | 700 | 580 | 100 | 100-130 | 1400 | 180 | 310-400 |
PXZ0913 | 900 | 750 | 130 | 130-160 | 1650 | 280 | 625-770 |
PXZ1216 | 1200 | 1000 | 160 | 160-190 | 2000 | 400/450 | 1250-1480 |
PXZ1417 | 1400 | 1200 | 170 | 170-200 | 2200 | 500/560 | 1750-2060 |
PXZ6091 | 1529 | 1300 | 178 | 150-170 | 2260 | 500 | 2500-3000 |
PXZ6393 | 1600 | 1350 | 190 | 190-215 | 2362 | 800 | 3300-3750 |
The advantages of Hydraulic Gyratory Crusher：
1. Large broken space and great contact surface ensure the high efficiency of the crusher, the crushing capacity is 3-4 times than jaw crusher. The adjusting eccentric sleeve not only change the capacity of the crushing chamber, but also simple and easy to do it.
2. The frame body is thick and the broken wall is worn, which ensure the reliability and high service life.
3. The production process is appointed in computer, Optimized and efficient
4. 24 hours of after-sales service, ready to receive your feedback, and the solution will be given the first time, if necessary we will send engineers in person at the scene to solve.
5. Product size is good, the finished product rate and the crushing ratio are both high
6. Save the cost and production cost: direct dumping of feed, saves the raw material bin and feeder. The production cost saves $1-5 per ton than the jaw crusher.
The Production cycle of Shunda hydraulic gyratory crusher is about 60 days, but it is only for reference. Due to the impact of climate, the supply and demand of raw materials and other factors, there will be little changes in the specific production cycle, the details please get in touch with Shunda staff and subjected to the contract.
The production of gyratory crusher has a history of over 100 years. Compared with jaw crusher, its product size is uniform, wearing of crushing wall is small, operating rate is high and production capacity can reach up to 3-4 times. Since the direct turning mode is adopted for feeding, such production facilities as storage bin for raw ore and ore feeder can be omitted during coarse crushing of crushing production technology. It is the preferred typical equipment for large and medium sized mines and other industries for coarse crushing of various hard materials.
Generally, the hydraulic gyratory crusher is produced to install the hydraulic device on lower part of its base to support the crushing cones. The safe insurance of crusher and adjustment of ore discharging mouth are realized by utilizing the hydraulic energy storage system. The unreliability of safety devices of original suspension shaft type gyratory crusher and shortage of troublesome adjustment of ore discharging mouth can be overcome to bring new life to the gyratory crusher.
Hydraulic Gyratory Crusher.pdf